ABOUT US.

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Our vision is to enable AIGC(AI Generated Content) with ToF
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TECHNOLOGY

TrueToF™ Neural IP is a technology,that uses artificial intelligence (AI) to analyze Time-of-Flight (ToF) sensor data and extract AI feature of light on objects. providing information about the distance and physical attributes of the scene being captured while automatically labeling and analyzing physical attributes. The result is improved data output quality, precise and tracking of the three-dimensional position and shape of objects, and support for AI-based content generation.

ADVANTAGE

TrueToF™ Neural IP has been adapted to various models such as ResNet, MobileNet, Stable Diffusion, VQGAN, and more, enabling chip-level hardware acceleration for AI-based applications. The company has conducted extensive model adaptation, algorithm optimization, and stability testing on various ToF chip types such as IToF, DToF,SPAD, SWIR, XToF, and UDToF.Our TrueToF™ technology enables big 5G markets including AR, mobile phone,filming, robotics and medical.

CERTIFICATION

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AWARDS.

Our TrueTOF was announced as the
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by Qualcomm

AI Application Scenario Innovation Award.

by Qualcomm & Sequoia

Outstanding startup award.

by MEMS Consulting

Outstanding technology award .

TrueToF™ IP FEATURES.

TrueToF™ IP was designed based on AI ToF IP so it offers all the Signal Processor hardware neural AI features.It has been adapted for various models such as ResNet, MobileNet, Stable Diffusion, VQGAN, etc. The Time of Flight (ToF) data with AI features integrated for different levels of backbone can directly improve the accuracy of inference tasks, effectively reducing the computational requirements of training, and achieving chip-level hardware AIGC acceleration.

Phase shifts

The modulated signal at different phase shifts.

Accurate

A noise FPN and FPPN free accurate depth-ray

Translucent

Depth-ray of translucent objects

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Motion

Motion blur detection and Reduce depth-ray blurring

Depth-ray

Use a convolutional Neural Networks to compute depth-ray

Calibration

Calibrate 3D coordinates from distance data Lens

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Realtime 3D modelling

Realtime 3D modelling includes mapping and architectural design, while the most popular consumer uses will likely includes augmented reality , and simple navigation and control.

Realtime

Realtime 3D modelling

Texture

Realtime 3D modelling with texture

Measure

Accurate measure

Dynamic

Realtime 3D dynamic modelling

High accurate

High accurate proximity sensing, based on 3D coordinates of calculated features

3D gesture

3D gesture recognition

2D gesture

2D gesture recognition

Touch detection

Touch detection on a space

K FPS Gesture capture

It offers a high enough resolution to identify gestures with a high level of details

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Recognition

3D object recognition

Registration

Alignment pose of a object in a scene

Segmentation

Segment a point cloud

Surface & Visualization

Triangulation algorithm on a point cloud

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Imaging IP

Deep AI Features: Combining the physical characteristics of photons with the mechanism of ToF imaging, it obtains high-quality imaging data. Its imaging performance is characterized by improved accuracy and extended operating distance.Intelligent Power: the energy consumption of the Qualcomm Snapdragon DSP to complete the same 1000 inference tasks is only 1/98 of that of the CPU

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AIGC IP

It is responsible for automatically labeling scenes to improve the quality of output data and increase the efficiency of lightweight models,High-speed: With the same loss conditions, TrueToF® IP requires very few iterations (performance improvement of about 250 times).real-time neural network rendering: This provides real-time hardware acceleration for AIGC's mobile experience, reducing GPU occupation.

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TrueToF™ IP Benchmark

Comparing TrueToF® IP output with the original ToF output data, generating 10k test images in typical object recognition cases, using different level backbones for comparison. The ToF data that integrates AI Features of light characteristics can directly improve the accuracy of inference tasks. The performance test of classification inference for the backbones in the table is as follows:

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PRODUCTS.

Mobile modules

Adapt to a variety of TrueToF™ modules and mobile solutions, providing instruction-level hardware acceleration.

Modeling

Realtime hardware modeling based on mobile solution by signal TrueToF™

Texture

Color texture RGB sync during point cloud recording

Gesture

Outward gesture interaction during modeling

3D Photo

Multi-degree of freedom 3D picture and video recording

AR Measurement

Dimensions at mm-level precision extracted directly from the point cloud

Platform

ARM and X86 supported, cross-platform ToF instruction set

AR Glasses

Lightweight fast TrueToF™ solution for ar glasses, enabling fast object modeling and 3D recognition, 3D gesture interaction, accurate space AR

AR Glasses

AR Glasses external ToF vision solution supports modeling, recognition, AR and interaction

Texture

Color texture RGB sync during point cloud recording

Gesture

Outward gesture interaction during the modeling process and AR interaction

3D Photo

Multi-degree of freedom 3D picture and video recording

AR Measurement

Dimensions at mm-level precision extracted directly from the point cloud

Platform

ARM and X86 supported, cross-platform ToF instruction set

3D-DSLR

3D-DSLR based on TrueToF™ provides more accurate depth information, Delighting and relighting.

Quality

Image quality refers to the point cloud compression ratio used when images are saved, determines the physical cmose dimensions of the image.

Blur

Accurate depth information and relationships for accurate front and back blur

Focus

First shot, then focus, light field acquisition

Delighting

Delighting and relighting for scene

Accurate

Accurate reproduction of 3D space to correct distortion of auxiliary photo

3D-Filming

3D-Filming based on TrueToF™ provides more accurate depth information, K frame rate per second video recording.

K FPS

K frame rate per second 3D video recording.

Blur

Accurate depth information and relationships for accurate front and back blur

Delighting

Delighting and relighting

Accurate

Accurate reproduction of 3D space to correct distortion of auxiliary photo

High-resolution Depth

Multi-ToF modules work in parallel to enhance the depth resolution

Accelerate

Hardware accelerate Including TrueToF™ instruction set and 3D chip.

Tracking

Tracking monitoring goals start the point information trackers and start collecting interesting modeling details.

Evaluation

Point cloud monitoring evaluation in TrueToF™.The generated realtime reports can be filtered.

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PARTNERS.

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TrueToF™ NEWSLETTER.

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CONTACT.

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